About Course
Fundamentals of electronic device fabrication
The goal of the course is to give students an overview of current fabrication techniques in the semiconductor industry, as well as the challenges and opportunities that come with device creation. It serves undergraduate and graduate students from a variety of disciplines, including chemical, electrical, mechanical, metallurgical, materials science, physics, and chemistry. The course covers an overview of integrated circuit fabrication, as well as techniques and issues that must be addressed in order to maintain Moore’s law.
This electronic device Course is For
STUDENTS IN ENGINEERING AND SCIENCE ARE THE TARGET AUDIENCE.
Course Layout:
Week 1: Introduction to semiconductor device fabrication and an overview
Week 2: Fabrication: Oxidation, Doping, and Lithography
Week 3: Etching and growth are two fabrication techniques. Evaluation of the procedure
Week 4: IC logic and packaging, as well as process yield and cleanroom design.
Course Content
Electronic Materials
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Semiconductors: Introduction
41:46 -
Electron statistics in a solid
00:00 -
Worked numericals on week 1 lessons
00:00 -
Intrinsic semiconductors
00:00 -
Intrinsic semiconductors – conductivity
00:00 -
Optional – worked assignment on intrinsic semiconductors
00:00 -
Extrinsic semiconductors: Introduction
00:00 -
Extrinsic semiconductors – Fermi level
00:00 -
Extrinsic semiconductors – mobility
00:00 -
Worked assignment on extrinsic semiconductors
00:00 -
Metal-semiconductor junctions
00:00 -
pn junctions in equilibrium
00:00 -
Optional – worked assignment on metal-semiconductor junctions
00:00 -
pn junctions under bias
00:00 -
Junction breakdown and heterojunctions
00:00 -
Worked assignment on pn junctions
00:00 -
Transistors – overview
00:00 -
MOSFETs
00:00 -
Worked assignment on transistors
00:00 -
Optoelectronic devices: Introduction
00:00 -
Solid state semiconductor lasers
00:00 -
Light emitting diodes
00:00 -
Optional – worked assignment on optical properties
00:00 -
Photodetectors
00:00 -
Solar cells
00:00 -
Worked assignment on optoelectronic devices
00:00